Project Description
Euler Engineering developed a coordinated LOD 300 architectural Revit model of an existing residential property, including detailed site integration and building components.
The project incorporated site topography, floor layouts, façade geometry, roof forms, and internal architectural elements to create a comprehensive 3D digital representation of the property. The model was structured to support accurate documentation, coordination, and visualisation workflows.
Scope & Methodology
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Processing and review of point cloud data
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Development of a coordinated site model including:
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Topography and site grading
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Driveways and external hardscape elements
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Architectural modelling including:
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Floor plans and spatial layouts
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Walls, doors, and windows
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Roof geometry and ceiling systems
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Casework and key interior elements
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Exterior façades and elevation detailing
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Building sections generated directly from the model
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Development to LOD 300, ensuring:
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Accurate geometry
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Defined element relationships
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Model suitability for documentation and coordination
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Model structuring aligned with best-practice Revit standards for clarity and extractable outputs
Outcome & Value
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Delivered a clean, structured BIM model replacing fragmented 2D documentation
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Improved design consistency across plans, elevations, and sections
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Enhanced spatial accuracy for renovation and coordination purposes
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Enabled efficient extraction of drawings, quantities, and visual outputs
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Reduced drafting duplication and coordination errors
Key Benefit
By transitioning from traditional 2D drafting to a coordinated 3D BIM environment, Euler Engineering improved design clarity, reduced inconsistencies, and provided a scalable digital model ready for future modifications or approvals